This study aims to compare two types of clear orthodontic aligner materials used in dental treatment: single-layer and triple-layer thermoplastic polyurethane (TPU) aligners (MaxFlex). Clear aligners are commonly used to straighten teeth and are preferred for their comfort and aesthetic appearance. Participants will be provided with aligners and instructed to wear them for approximately 22 hours per day for 10 days. The aligners will be collected before use and after the 10-day period. The study will evaluate how the oral environment affects the properties of these materials over time. Laboratory tests will be conducted to measure mechanical properties such as strength, flexibility, and deformation, as well as to examine surface changes under a microscope. The results of this study may help improve the performance and durability of aligners and contribute to better orthodontic treatment outcomes.
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Effect of Oral Environment on Elastic Modulus of TPU Aligners
Timeframe: Baseline (0 week) and after 2 weeks of intraoral use (minimum 22 hours/day)
Effect of Oral Environment on Stress Relaxation of TPU Aligners
Timeframe: Time Frame: Baseline (0 week) and after 2 weeks of intraoral use (minimum 22 hours/day)
Effect of Oral Environment on Creep Behavior of TPU Aligners
Timeframe: Time Frame: Baseline (0 week) and after 2 weeks of intraoral use (minimum 22 hours/day)